get_volume_gaussian_2D: Compute volume under 2D-Gaussian
In gaussplotR: Fit, Predict and Plot 2D Gaussians
Description
Usage
Arguments
Details
Value
Author(s)
Examples
View source: R/get_volume_gaussian_2D.R
Description
Compute volume under 2D-Gaussian
Usage
1
get_volume_gaussian_2D(X_sig, Y_sig)
Arguments
X_sig
numeric value(s) of the x-axis spread (sigma)
Y_sig
numeric value(s) of the y-axis spread (sigma)
Details
Volume under the 2D-Gaussian is computed as:
2 * pi * sqrt(abs(X_sig)) * sqrt(abs(Y_sig))
Numeric vectors can be supplied to X_sig and Y_sig. If vectors
of length greater than 1 are given, the function computes volume for each
sequential pair of X_sig, Y_sig values. The lengths of these
supplied vectors must be identical.
Value
Numeric value(s) indicating the computed volume(s)
Author(s)
Vikram B. Baliga
Examples
1
2
3
library(gaussplotR)
get_volume_gaussian_2D(5, 3) #24.33467
gaussplotR documentation built on May 3, 2021, 1:07 a.m.
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Description Usage Arguments Details Value Author(s) Examples
View source: R/get_volume_gaussian_2D.R
Description
Compute volume under 2D-Gaussian
Usage
1 | get_volume_gaussian_2D(X_sig, Y_sig)
|
Arguments
X_sig |
numeric value(s) of the x-axis spread (sigma) |
Y_sig |
numeric value(s) of the y-axis spread (sigma) |
Details
Volume under the 2D-Gaussian is computed as:
2 * pi * sqrt(abs(X_sig)) * sqrt(abs(Y_sig))
Numeric vectors can be supplied to X_sig and Y_sig. If vectors
of length greater than 1 are given, the function computes volume for each
sequential pair of X_sig, Y_sig values. The lengths of these
supplied vectors must be identical.
Value
Numeric value(s) indicating the computed volume(s)
Author(s)
Vikram B. Baliga
Examples
1 2 3 | library(gaussplotR)
get_volume_gaussian_2D(5, 3) #24.33467
|
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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